The EpiCentre Project
Sept 2021 - May 2022
Table of Content
Thesis Statement
What is Neuro-Architecture?
The Four Es Process
Proposed Site
Situations
Site Plan
Evolution of Geometry
Exploded Axonometric
Floor Plans
Elevations
Architectural Languages used
Renders
Perspective Section
Thesis Statement
The concrete-busy landscape of modern cities witnessed deterioration in people's well-being as it contrasts with the natural landscape from which we derive our sense of belonging. In response, this project aims to raise awareness about the power of science-based, human-focused design concepts in improving life quality.
To reconcile, once again, between human brains and their environment, the EpiCentre will deliver these concepts through public first-hand experiences and private on-site experimentation to further prosper neuro-architecture research.
Tools
Revit / Enscape / D5 / Photoshop / Illustrator
What is Neuro-Architecture
Neuroarchitecture is the interdisciplinary field that studies human interaction with the built environment on a neural level observing changes in the brain and body.
The Four Es Process
Understanding the process of layering
Situations
Exhibition Entrance:
By incorporating a high ceiling with a dramatic treatment of light we create an awe-inspiring experience
Exhibition Layout:
Free and explorable layout to enhance the experience of space
Exhibition space:
The central zone will provide visitors with a VR experience combined with an EEG Headset to highlight the influence of surroundings on the human brain.
Workshops:
Acoustically separated spaces minimize distraction and maximize productivity
Natural textures and materials stimulate creativity
Transitional spaces within work environments:
Incorporating movement-sensitive panels creates moments of Being that reduce accumulated work stress.
Reboot Zone:
Immersive spaces that induce sleepiness using dim purple lighting then stimulate creativity and energy using sun-like bright lighting
Experiential lab:
Playful to reduce stress for participants Outdoor Views enhance the sense of space Translucent lab rooms eliminate the stress stemming from ambiguity
Proposed Site
Site Plan
&
Main Entrances
Floor Plans
Elevations
Our Visual System detects:
1- Bilateral symmetry: utilized in the architectural design to highlight entrances
2- Fractal patterns: displayed around important destinations like reception areas and public elevators
Renders
Exhibition
Students' Work Zone
2nd Floor Public Lounge
Café Lounge view from Entrance 3 (E3)
Café Lounge
Students' Experiential Lab Work Zone
Researchers' Meeting Room
Researchers' Shared Lounge: Viewing the Central Exhibition
Perspective Section
